| > yes it is agree to disagree > every LLM has been vulnerable and every OS had bugs > show the logic https://arxiv.org/pdf/1912.10077 > you are the one asserting mappings existed I know? that's why I'm asking? > no useful system can be a pure function why not? surely you can describe useful systems with qm? evolution operator of a closed system seems pretty pure to me it's almost as if you could reformulate anything such that the state was one of the arguments of the function > you can start adding up the state space for the linux kernel I can give you a lower bound -- (your estimate for LLMs)*2, as you could imagine state "running two instances of llama-cpp" |
2) You continue to have basic misunderstandings of the issue. That bugs exist in other things does not mean a core design flaw in LLMs can magically be fixed.
3) https://arxiv.org/pdf/1912.10077
This paper doesn’t have any bearing to the question of the separation of user and command data in LLMs. Did you even bother to look at it?
4) Hey you’re the one that made the claim. If you can't event remember why, I can’t help you.
5) Because the world is stateful.
6) Wow so you just decided to add up all the ram after all, huh? If you want to play stupid, like you can’t understand why a real-world linux distribution is stateful while an ideal LLM isn’t, then we can play stupid.
By the broken logic you are trying to apply here, the state space of chatGPT includes the VRAM of all 10,000 GPUs your query runs across. It includes the memory in your computer, it includes the stack of the js interpreter in your browser, it includes the linux kernel itself that all those servers are running on, and so on.